Research on the application of generalized data simulation based on IP simulation technology

This dissertation argues that adoption of IP source address simulation technology combined with configurable data simulation technology can achieve generalized data simulation. Unlike traditional data communication, which uses transport layer sockets, IP source address emulation technology allows applications to bypass the transport layer and directly use IP layer raw sockets to send data packets by setting the data IP headers. The data that is sent by adopting this technology is transparent to the receiver who can either receive and resolve using the Raw Socket or process it directly with the existing receiver program. This technology can be adopted to simulate other subsystem data at any node of the task network, and the simulation of the IP address of the data source will no longer be limited by the existing network architecture. Adoption of data configurable filling simulation technology, which is compatible with various common data types and adapts to complex data can realize data format configuration such as data field length, type, and content. Combined with data configurable filling and IP source address simulation technology, the efficiency and effect of data simulation can be greatly improved.